JP5801778B2 - Permanent wave treatment method - Google Patents

Description

  The present invention relates to a permanent wave treatment method and a permanent wave treatment device for winding a wave having a heating element around a hair and winding a wave on the hair.

  Conventionally, there is known a permanent wave treatment method in which a chemical solution is applied to a subject's hair and a rod having a heating element is wound, and the hair is dried and heated by the heat generated by the rod to wave the hair. (For example, refer to Patent Document 1). Generally, hair is deprived of moisture by drying and is damaged by lack of moisture. For this reason, in the method of patent document 1, in the state which wound the rod which has a heat generating body around the hair of a to-be-treated person, spraying a mist-shaped aqueous solution with respect to the to-be-treated person's hair, and moist-heat-warming hair. This reduces the damage to the hair during permanent wave treatment.

JP 2011-24832 A

However, in the method described in Patent Document 1, a mist-like solution cannot be penetrated into the hair, and the effect of mist spraying has not been sufficiently extracted.
An object of the present invention is to provide a permanent wave treatment method and a permanent wave treatment device that can solve the problems of the conventional techniques described above and can reduce damage to hair during the permanent wave treatment.

In order to achieve the above object, the present invention is a permanent wave treatment method, which comprises applying a permanent solution that cuts a disulfide bond to hair, and performing a pre-treatment to wash away the permanent solution, and then to the hair. the wound rod, the rod is warmed, while warming the rod, by spraying the ionized water alkaline weak, infiltrated mist of the ionized water between cuticles of the hair, after a predetermined time The heating of the rod and the spraying of the ionic water are finished, and two permanent liquids that rebond the disulfide bond are applied to the hair .

In the permanent wave treatment method, the present invention is characterized in that the mist has a particle size of 3 μm or less.
According to this configuration, the mist can be sufficiently penetrated into the hair from the gap between the cuticles, and damage to the hair during the permanent wave treatment can be reduced.

In the permanent wave treatment method, the present invention is characterized in that the ion water is platinum amino ion water.

  According to the present invention, since the hair is heated in a state where the mist is infiltrated into the cuticle of the hair, it is possible to replenish moisture into the hair by the mist, reduce drying of the hair due to heating, and at the time of permanent wave treatment Damage to hair can be reduced.

It is a figure which shows the use condition of the permanent wave treatment apparatus which concerns on embodiment of this invention. It is the perspective view which looked at the permanent wave treatment device from the front side. It is the perspective view which looked at the permanent wave treatment device from the back side. It is a figure which shows the internal structure of a permanent wave treatment apparatus, and is the perspective view which looked at the permanent wave treatment apparatus which removed the front panel and the operation panel from the front side. It is a figure which shows the internal structure of a permanent wave treatment apparatus, and is the perspective view which looked at the permanent wave treatment apparatus which removed the electrical equipment unit and the mist production | generation unit from the front side. It is a perspective view which shows the structure of a mist sending unit. It is a perspective view which shows the structure of a mist production | generation unit. It is a flowchart which shows the work flow of the permanent wave treatment method.

Embodiments to which the present invention is applied will be described below with reference to the drawings.
As shown in FIG. 1, the permanent wave treatment device 1 is used when a treatment subject's hair (hair) is applied in a wave shape by a wet-heated permanent wave (hereinafter abbreviated as “perm”) treatment method. Device. The permanent wave treatment device 1 energizes the rod 45 wound around the hair of the person to be treated to heat the hair by the heat generated by the rod 45, and the generated mist M covers the head of the person to be treated. The hair is humidified by supplying it into the cap 50. In addition, the front and rear and left and right in this embodiment are based on the front and rear and right and left of the person to be treated.

  The permanent wave treatment device 1 includes a device main body 10 and a hose 30 having one end 31 connected to the device main body 10. The hose 30 is connected to the mist hair cap 50 by inserting the spray port 33 attached to the other end 32 into the mist hair cap 50 covered on the head of the person to be treated. The mist M generated inside the apparatus main body 10 is supplied into the mist hair cap 50 through the hose 30 and sprayed from the spray port 33 onto the hair of the person to be treated. The spray port 33 is formed in such a shape that the mist M can be widely dispersed and sprayed so that the mist M can be sprayed evenly over the entire hair of the subject.

  The mist M is generated by vibrating a liquid for generating mist with a piezoelectric vibrator plate 44 provided inside the apparatus main body 10. As the mist generation liquid, water such as tap water or pure water, or an aqueous solution such as platinum amino ion water can be used depending on the intended use of the apparatus. The mist M is generated by the piezoelectric vibrator plate 44 having a particle size set to 3 μm or less.

  The rod 45 is a rod for a warming perm treatment having a heating element. A cord 52 distributed from the main cord 51 connected to the terminal portion 17 of the apparatus main body 10 is connected to each rod 45. The rod 45 is wound around the hair of the subject who has permeated the permanent solvent (perm liquid 1 agent). A current controlled to warm at a predetermined temperature for a predetermined time is supplied from the apparatus main body 10 to the rod 45 around which the hair of the patient is wound, via the main cord 51 and the cord 52.

  The hose 30 is a flexible hose that can operate the spray port 33 to a desired position. Therefore, the direction and position of the spray port 33 can be freely changed as long as the hose 30 can be reached.

The mist hair cap 50 is a vinyl cap that covers the head of the patient. The mist M generated inside the apparatus main body 10 sprayed from the spray port 33 via the hose 30 stays in the mist hair cap 50. Thereby, the spraying efficiency with respect to the hair of mist M can be improved. Moreover, since the heat generated from the rod 45 can be retained in the mist hair cap 50, the heat and humidity effect in the mist hair cap 50 can be enhanced using the heat.
Moreover, the hair cap 50 for mist is provided with the elastic member 59 which hold | maintains the hair cap 50 for mist with the elastic force around the hairline of the hair in the opening 59a covered on a to-be-treated person's head.

  Further, the hair cap 50 for mist is provided with a zipper 55 extending in the front and rear at substantially the left and right centers. The zipper 55 includes two sliders 57a and 57b. By moving one slider 57a to the front end of the zipper 55 and the other slider 57b to the rear end of the zipper 55, the zipper 55 is opened in the front-rear direction. Become. During the permanent treatment, the practitioner covered the head of the practitioner with a mist hair cap 50, wound the rod 45 around the hair, and connected the cord 52 to the rod 45. The zipper 55 was opened across the front and back. This can be done through the opening. After wrapping the rod 45 around the hair and connecting the cord 52 to each rod 45, the practitioner inserts the spray port 33 into the mist hair cap 50 through the opening in which the zipper 55 is opened front and back, The sliders 57a and 57b are moved toward the hose 30 so that the spray port 33 is arranged at a desired position. Thereby, while closing the opening part of the hair cap 50 for mists, the hose 30 can be connected to the hair cap 50 for mists.

The mist hair cap 50 is provided with a plurality of openable / closable line fasteners 56. Each line fastener 56 may have a different length depending on the installation location. By opening the wire fastener 56 during the spraying of the mist M, the mist M can be intentionally released to the outside of the hair cap 50 for mist. According to this structure, the effect of mist M can be visually produced with respect to a to-be-treated person.
In addition, the mist hair cap 50 is provided with a plurality of wires 58 so that the shape of the mist hair cap 50 can be maintained in a predetermined shape in a state where the mist hair cap 50 is put on the head of the patient. According to this structure, the hair cap 50 for mist can be maintained in the predetermined | prescribed shape which can disperse and spray the mist M uniformly with respect to the whole hair.

  As shown in FIGS. 1, 2, and 3, the apparatus main body 10 includes a housing 11 having a front panel 11 a, a back panel 11 b, a bottom plate 11 c, and an operation panel 12. The apparatus main body 10 includes a spout 13 in which one end 31 of the hose 30 is connected to the back panel 11b. The rear panel 11b is provided with a maintenance opening 15 through which a mist generation unit 20 can be inserted and removed during maintenance of a mist generation unit (generation means) 20 described later. The maintenance panel 16 can be opened and closed freely. It is attached.

As shown in FIG. 2, the operation panel 12 is provided on the upper part of the apparatus main body 10 and constitutes the top surface of the housing 11. The operation panel 12 is provided with an operation surface at an angle so that an operator can easily see and operate the operation buttons.
The operation panel 12 is provided with a plurality of operation buttons for performing various operations of the permanent wave treatment device 1 together with the power button 61 and the water amount indicator 62, and a plurality of indicators indicating various states of the permanent wave treatment device 1. .

  The operation area of the operation panel 12 is divided into a first zone A, a second zone B, and a third zone C. Above the operation panel 12, a plurality of terminal portions 17 (hereinafter referred to as terminal portions 17A and 17B) to which a main cord 51 that flows current is connected to the rod 45 are provided.

  In the first zone A of the operation panel 12, the temperature and time for heating the rod 45 to which current is supplied via the main cord 51 connected to the terminal portion 17A provided on the first zone A side are set. And an area for operating the start and stop of heating. In addition, the first zone A is provided with an indicator 63A that indicates the terminal portion to which the main cord 51 is connected among the plurality of terminal portions 17A by lighting the LED. Further, in the first zone A, the lighting of the LED indicates how much the temperature and time for heating the rod 45 to which current is supplied via the main cord 51 connected to the terminal portion 17A are set. A plurality of indicators 64A are provided.

  In the second zone B of the operation panel 12, the temperature and time for heating the rod 45 to which current is supplied via the main cord 51 connected to the terminal portion 17B provided on the second zone B side are set. And an area for operating the start and stop of heating. The second zone B is provided with an indicator 63B that indicates the terminal portion to which the main cord 51 is connected among the plurality of terminal portions 17B by blinking of LEDs. In the second zone B, the temperature and time for heating the rod 45 to which current is supplied via the main cord 51 connected to the terminal portion 17B are set by blinking LEDs. A plurality of indicators 64B are provided.

  In addition, the temperature which heats the rod 45 which can be set in the 1st zone A and the 2nd zone B, and the time to heat are the least painful by using together with a predetermined | prescribed medicine with respect to hair. In addition, a combination of a heating temperature and a heating time proved that the curl and wave desired by the patient can be realized is adopted. In the present embodiment, the settable heating temperatures are 130 ° C., 120 ° C., 110 ° C., and 60 ° C. (treatment), and the heating time is 9 minutes and 6 minutes. For example, the heating temperature setting of 60 ° C. is a temperature that can be suitably used when the curl and wave of the hair draws a gentle curve and a very soft hair finish is desired. Further, when the heating temperature is set to 60 ° C., a high hair beauty effect (treatment effect) can be obtained, and the effect of the hair repair agent to be used can be remarkably enhanced. Further, for example, at a heating temperature setting of 120 ° C., it is a temperature that can be suitably used when it is desired to finish the hair curl and wave with a firm curve.

The third zone C of the operation panel 12 is an area where the setting of the time for spraying the mist M and the start and stop of the spraying of the mist M are operated.
According to these configurations, when the rod 45 is heated, 2 according to the conditions such as the hair quality, the amount of hair, the length of the hair, the thickness of the rod to be used, etc. Three different operating environments can be set, and the hair finish after treatment can be enhanced.

A holding unit 40 is attached to the rear panel 11 b of the housing 11 and extends rearward and upward of the housing 11 and holds the hose 30 and the main cord 51 connected to the apparatus main body 10 in a suspended state. The holding portion 40 includes a ring-shaped ring body 41B from which the hose 30 and the main cord 51 are suspended, and two rod bodies 41A that are connected to the back panel 11b and are bridged between the ring body 41B and the back panel 11b. Is composed of. The ring body 41B is provided with a plurality of hook portions 41C for hooking the main cords 51.
According to these configurations, the hose 30 and the plurality of main cords 51 connected to the apparatus main body can be neatly held.

  As shown in FIG. 3, a bottle housing portion 14 in which a water supply bottle 65 is housed is formed on the rear panel 11 b of the housing 11. The bottle accommodating portion 14 is shaped so that the bottle 65 can be freely attached and detached. When the water amount indicator 62 (see FIG. 2) indicates that the amount of water in the aqueous solution has reached the replenishment level, the bottle 65 is removed from the bottle housing portion 14, the bottle 65 is filled with the aqueous solution, and the bottle 65 is refilled. By accommodating in the bottle accommodating part 14, the aqueous solution filled in the bottle 65 is supplied to the mist generating unit 20. Although not shown, the filling port of the bottle 65 is closed with a water supply cap. The water supply cap does not spill even when the bottle 65 is inverted, but the bottle is inserted into the water supply port 28 of the mist generating unit 20 and when the amount of the aqueous solution in the water storage tank 42 of the mist generating unit 20 is not full. The aqueous solution in 65 is supplied to the mist generating unit 20.

  The back panel 11b is provided with a drying operation button 66 for turning ON / OFF the drying operation in the water storage tank 42 of the mist generating unit 20. When the drying operation button 66 is pressed and the drying operation in the water storage tank 42 is turned on, the aqueous solution remaining in the water storage tank 42 is drained by a drain drain (not shown) and is also introduced into the water storage tank 42 by a blower fan described later. The air is blown and the inside of the water storage tank 42 is dried. The drying operation operation button 66 is provided with an indicator 66a indicating that the drying operation is ON by turning on the LED. The drying operation in the water storage tank 42 may be configured to continue until the drying operation operation button 66 is pressed again and the drying operation is turned off, or is configured to automatically stop after blowing by a blower fan for a predetermined time. There may be.

  The rear panel 11b is provided with an inlet terminal 19 into which a power cable connected to an outlet having a commercial voltage of AC 100V is inserted. The apparatus main body 10 can generate and output 5V and 24V output power by converting and adjusting the power input by the power supply unit (energizing unit) 21 provided in the housing 11. When the power button 61 is turned on, the apparatus main body 10 first prepares for starting each operation mechanism of the apparatus main body 10, and then performs heating of the rod 45 and generation of mist M with output power of 24V, The main body of the apparatus is controlled with an output power of 5V.

  The bottom plate 11c includes a pair of guide legs 18 provided at positions corresponding to the left and right ends of the maintenance opening 15 provided on the back panel 11b and projecting outward. The guide leg 18 has a role of guiding the mist generating unit 20 with respect to the maintenance opening 15 when the mist generating unit 20 is inserted into the housing 11 through the maintenance opening 15. The mist generating unit 20 can be easily inserted into the housing 11 by sliding along the upper surface of the guide leg 18. Moreover, the guide leg 18 has a role which prevents the permanent wave treatment apparatus 1 from falling when the hose 30 and the cords 51 and 52 are pulled unexpectedly.

Then, the internal structure of the permanent wave treatment apparatus 1 is demonstrated using FIGS. 4-7.
As shown in FIG. 4, the housing 11 includes a mist generation unit 20, a power supply unit 21, and a mist discharge unit 22. The power supply unit 21 functions as an energizing means for energizing the rod 45 wound around the hair of the patient. Although not shown, the power supply unit 21 includes a control board and functions as a control unit (control unit) 70 that controls each unit of the permanent wave treatment device 1. The mist discharge unit 22 includes a blower fan (not shown) provided inside the fan mounting adapter 23, and the mist M generated by the mist generation unit 20 is passed through the hose 30 with the wind pressure when the blower fan is driven. Spray into the hair cap 50 for mist.

  The power supply unit 21 is supported by a first support base 67 that is detachably attached to the bottom plate 11c, so that maintenance can be performed from the front side of the housing 11 from which the front panel 11a is removed. It is arranged close to the front panel 11a. Below the power supply unit 21, a space S in which the electrical component 46 of the mist generating unit 20 is accommodated is formed between the first support base 67 and the bottom plate 11 c.

As shown in FIG. 5, the mist discharge unit 22 is disposed on the second support base 68. The second support base 68 is formed at substantially the same height as the first support base 67 and is detachably attached to the bottom plate 11c. Thereby, the space S formed between the first support base 67 and the bottom plate 11 c communicates between the second support base 68 and the bottom plate 11 c and also communicates with the maintenance opening 15. The mist generating unit 20 inserted into the housing 11 through the maintenance opening 15 is accommodated in a space S formed between the first support base 67 and the second support base 68 and the bottom plate 11c.
The top plate portion 26 of the second support base 68 has a function as a lid of the water storage tank 42 described later of the mist discharge unit 22. When the mist discharge unit 22 is inserted into the housing 11 through the maintenance opening 15, the water storage tank 42 is covered with the top plate portion 26.

The mist discharge unit 22 includes a collection unit 25, a discharge duct 24, and a blower duct 69. A frame 25a formed in substantially the same shape as the top plate portion 26 is placed on the top plate portion 26 of the second support base 68, and the frame 25a is fixed to the top plate portion 26 with screws. The collection unit 25 is formed integrally with the frame 25a and has a box shape that opens downward. The frame 25a is provided with a plurality of reinforcing ribs on the outer periphery of the collecting unit 25 in a lattice shape.
A fan attachment adapter 23 for attaching a blower fan (not shown) to the blower duct 69 is attached to the upper end of the blower duct 69. When the blower fan attached by the fan attachment adapter 23 is driven, the air around the permanent wave treatment device 1 is sucked through the intake hole 71 provided in the upper part of the back panel 11 b and is collected through the blower duct 69. 25 is blown.

  When air is blown from the blower duct 69 to the collecting unit 25, the mist M collected in the collecting unit 25 is guided to the discharge duct 24 by wind pressure. As shown in FIG. 6, the discharge duct 24 has a discharge port 27 that opens to the outside. The discharge port 27 is connected to the jet port 13 provided in the back panel 11b. As a result, the mist M generated by the mist generating unit 20 is guided from the collecting unit 25 to the discharge duct 24, and the inside of the mist hair cap 50 through the discharge port 27, the jet port 13, the hose 30, and the spray port 33. Sprayed on.

In addition, a water supply port 28 into which a water supply cap of a water supply bottle 65 is inserted is formed in the top plate portion 26 of the second support base 68.
In the water storage tank 42 of the mist generating unit 20, a core 43 for removing a water stop cock provided on a water supply cap of a water supply bottle 65 is provided at a position corresponding to the water supply port 28 as shown in FIG. 7. Is provided. The water supply cap of the bottle 65 accommodated in the bottle accommodating portion 14 provided on the back panel 11 b is inserted into the water supply port 28, and the water stop cock of the water supply cap is removed from the water storage tank 42 of the mist generating unit 20. It is pushed open by the lead 43. Thereby, when the water level of the aqueous solution in the water storage tank 42 falls, the aqueous solution in the bottle 65 flows into the water storage tank 42.

The mist generation unit 20 includes an electrical component 46 disposed on the front side of the housing 11 and a water storage tank 42 disposed on the back side of the housing 11. Although not shown, the mist generating unit 20 is inserted into the housing 11 from the maintenance opening 15 of the rear panel 11b in the direction of the arrow X shown in the figure with a cover (not shown) attached to the electrical component 46. Is done.
A plurality of piezoelectric vibrator plates 44 for misting the liquid supplied from the bottle 65 are provided at the bottom of the water storage tank 42. In the present embodiment, six piezoelectric vibrator plates 44 are formed in advance at the bottom of the water storage tank 42 and accommodated in the six recesses, respectively.
The electrical component section 46 is provided with an operation substrate 47 for operating the piezoelectric vibrator plate 44 in a box-shaped electrical box 46 a, one for each piezoelectric vibrator plate 44. In the present embodiment, six operation substrates 47 are arranged in two upper and lower stages. In addition, the electrical unit 46 is provided with a heat radiating plate 48 that radiates heat generated by the operation substrate 47.

  The piezoelectric vibrator plates 44 provided in the water storage tank 42 vibrate by obtaining an operating frequency of 2.4 MHz by the operation substrate 47. When the piezoelectric vibrator plate 44 vibrates, the liquid in the water storage tank 42 has energy, and mist M having a particle size of 3 μm or less is generated. The piezoelectric vibrator plate 44 is configured to operate by obtaining an operating voltage of 24 V from the power supply unit 21 of the apparatus main body 10.

  The mist generating unit 20 is provided with a groove 49 along the outer periphery of the water storage tank 42 to which a waterproof packing (not shown) is attached. When the mist generating unit 20 is inserted into the housing 11 through the maintenance opening 15, the waterproof packing attached to the groove 49 is crushed between the top plate portion 26 of the second support base 68. Has been. Thereby, it is possible to prevent the liquid stored in the water storage tank 42 from leaking into the electrical component 46 or the housing 11.

Next, the flow of work when performing permanent treatment on the hair of the person to be treated by the permanent wave treatment device 1 will be described using the flowchart of FIG.
When performing permanent treatment on the hair of the patient using the permanent wave treatment device 1, first, the practitioner applies one permanent solution to the hair of the subject who has performed a predetermined pretreatment such as shampooing. It is applied, and one permanent solution is applied and left for a predetermined time (step S1). One perm solution allows hair to be formed into an arbitrary shape by opening a cuticle constituting the hair with an alkaline component and cutting a disulfide bond. In addition, the practitioner appropriately determines the time for the perm liquid to be left in a state where it is applied in accordance with the hair state of each practitioner.

  After being left for a predetermined time, the practitioner then rinses out the perm solution applied to the hair of the practitioner and removes excess moisture from the hair with a towel (step S2). Next, the practitioner wraps the rod 45 around the hair of the user so that the finish desired by the user is obtained (step S3). Subsequently, the practitioner puts the mist hair cap 50 on the head of the practitioner (step S4). Next, the practitioner moves the zipper 55 of the mist hair cap 50 by moving one slider 57a to the front end of the zipper 55 and the other slider 57b to the rear end of the zipper 55, and opening the front and rear. The cord 52 for supplying power to each rod 45 is connected via the cable (step SS5).

  Subsequently, the practitioner inserts the spray port 33 for spraying the mist M generated in the apparatus main body 10 into the mist hair cap 50 (step S6). Next, the practitioner moves the zipper 55 of the mist hair cap 50 toward the hose 30 by moving the zipper 55 of the mist hair cap 50, so that the spray port 33 is inserted into the mist hair cap 50. Close (step S7).

Subsequently, the practitioner selects the rod 45 for each of the first zone A and the second zone B from the operation panel 12 of the apparatus body 10 according to the condition of the hair of the practitioner and the finish desired by the practitioner. The heating time and the heating temperature are set (step S8). Next, the practitioner starts spraying the mist M at the same time as the heating of the rod is started (step S9).
When performing perm treatment on the hair, the mist M, which is a mist of platinum amino ion water whose pH is alkali (PH10 to 11), is sprayed onto the hair of the person to be treated as in the case of one perm solution. The effect of assisting the stabilization of PH can be obtained, and the permeation solution 1 and the penetration ability of Mist M into hair can be enhanced. For this reason, the amount of water retained in the hair is compared with the mist M in which other liquids are misted by spraying the mist M in which the platinum amino ion water is misted onto the hair during heating by the rod 45. As well as the effect of one permanent liquid.

  Further, when the hair disulfide bond is cleaved with an alkaline substance contained in one permanent solution in the perm treatment, components such as moisture and protein in the hair flow out, causing hair pain. On the other hand, when the disulfide bond of the hair is cut, a flow path is formed between the inside of the hair and the outside of the hair. For this reason, replenishment of moisture into the hair can be realized by the humidifying effect of spraying the hair of the person to be treated with the mist M having a particle size of 3 μm or less and high penetration efficiency into the hair. Therefore, by spraying the mist M on the hair of the person to be treated, drying of the hair can be reduced as compared with the permanent treatment method in the case where only the heating is performed. Further, by performing the treatment using the permanent wave treatment device 1 on the already damaged and dried hair, the mist M can be sprayed on the dried hair to increase the moisture retention amount of the hair. Damage can be improved.

  Further, when the mist M is sprayed, the amount of the mist M sprayed on the hair can be increased by covering the head of the person to be treated with the mist hair cap 50, and the heat generated from the rod 45 is used to increase the mist. The inside of the hair cap 50 can be heated and moistened to promote the penetration of one permanent solution into the hair, and to prevent hair drying and improve the treatment effect. Thereby, the damage with respect to hair can be made small and the wave shape of the hair which a treatment person desires can be obtained.

The control part 70 which controls the apparatus main body 10 determines whether the heating time of the rod 45 set by the practitioner has ended (step S10), and when the set time has ended (step S10: Yes). Then, the heating of the rod 45 and the spraying of the mist M are finished (step S11).
After confirming that the heating of the rod 45 and the spraying of the mist M have been completed, the practitioner removes at least one of the plurality of rods 45 from the hair of the user and confirms the condition of the hair. (Step S12). Subsequently, the practitioner determines whether or not it is necessary to apply two permanent liquids that rebond and restore the disulfide bonds of the cut hair from the state of the hair of the practitioner (step S13).

  When it is determined that it is not necessary to apply two permanent liquids (step S13: No), the practitioner removes the rod 45 from the hair of the practitioner (step S16). On the other hand, when it is determined that the application of the two permanent liquid agents is necessary (step S13: Yes), the practitioner applies the two permanent liquid agents to the hair of the patient (step S14). The two permanent liquids may be applied to the hair while the rod 45 is wound around the hair according to the condition of the hair of the person to be treated, or the rod 45 is removed from the hair. You can go there. Two permanent liquids are applied to the hair of the patient, and after a predetermined time has elapsed (step S15), the operator removes the remaining rod 45 from the hair of the patient (step S16). The practitioner may perform treatment on the hair as a post-treatment after removing the rod 45 from the hair of the practitioner.

  As described above, according to the embodiment to which the present invention is applied, after a predetermined pretreatment is applied to the hair, the hair is wound around the rod 45 and the liquid mist M is infiltrated between the cuticles of the hair. Then, the rod 45 is heated. As a result, the cuticle is opened by one permanent solution and the hair with the disulfide bond cut is heated in a state where the mist M is infiltrated. Replenishment can be realized, hair drying due to heating can be reduced, and damage to the hair during permanent wave treatment can be reduced.

  Further, the particle size of the mist M is set to 3 μm or less. As a result, the cuticle is opened with one perm solution, and the mist M can be easily penetrated into the hair from the moisture passage of the hair whose disulfide bond is cut, and the moisture content in the hair is increased. , Damage to hair during permanent wave treatment can be reduced.

  The aqueous solution is platinum amino ion water. This makes it possible to stabilize the pH of hair by promoting mist formation of an aqueous solution containing PH in the same manner as perm liquid, and promote the effect of perm liquid on hair. In addition, the penetration power of mist M into hair can be increased. Thereby, while being able to reduce the damage to the hair at the time of permanent wave treatment, the curl and wave which a treatment person desires are realizable.

  Further, the power supply unit 21, the mist generating unit, and the control unit 70 are integrally provided in the housing 11. Thereby, the permanent wave treatment device 1 can be easily handled and moved, and usability can be improved.

  In addition, since the permanent wave treatment apparatus 1 sprays the mist M having a small particle diameter of 3 μm or less, the permanent wave treatment apparatus 1 is used as a device for performing permanent wave treatment on the subject's hair, as well as sebum accumulated in the pores of the scalp It can be suitably used as a device for removing the. In addition, since the mist spraying port 33 is provided at the tip of the hose 30, the mist M can be sprayed in an arbitrary position and direction. For example, the mist spraying port 33 can be used as a beauty instrument for spraying the mist M on the face to keep the moisture. it can.

DESCRIPTION OF SYMBOLS 1 Permanent wave treatment apparatus 10 Apparatus main body 11 Case 12 Operation panel 20 Mist generation unit (generation means)
21 Power supply unit (energization means)
33 Spray port 50 Hair cap for mist 51 Main code 52 Code 70 Control unit (control means)
M mist

Claims (3)

After applying a perm solution that cuts the disulfide bond to the hair, and pre-treating this perm solution, wash the hair around the rod, warm the rod, and warm the rod. Spraying weak alkaline ionized water to allow the mist of ionized water to penetrate between the cuticles of the hair, and after a predetermined time, heating of the rod and spraying of the ionized water are terminated, and the disulfide bond is formed on the hair. A permanent wave treatment method characterized by applying two permanent liquids to be recombined .   The permanent wave treatment method according to claim 1, wherein a particle size of the mist is set to 3 μm or less. The permanent wave treatment method according to claim 1, wherein the ion water is platinum amino ion water.

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